Fitzer FRP Automatic Electric Dry Cooling Towers

₹ 5 Lakh / Piece

MaterialFRP, Stainless Steel,Copper tubes (5/8\" OD) with galvanized steel frame
Driven TypeElectric
Automatic GradeAutomatic, Fully Automatic, Semi Automatic
Brand NameFITZER
Supply TypeManufacturer, Exporter
Preferred Buyer Location All over the world

Company Information

5.0/5

Member Since 4 Years
Nature of Business Manufacturer
GST No. 24ACNPC1767D1ZW

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Product Details
Company Details

Featurecools efficiently using Air-Cooled HX without water evaporation, cost-saving, water-scarce regions.
Brand NameFITZER
MaterialFRP, Stainless Steel,Copper tubes (5/8\" OD) with galvanized steel frame
Driven TypeElectric
ConditionNew
Automatic GradeAutomatic, Fully Automatic, Semi Automatic
Powerupto 5000 KW
Cooling TypeClosed-circuit air cooling system
Country of Origin220V
CapacityAs per Capacity in KW
Number Of FlowerDry Cooling Towers, Heav Duty,Dry Cooling Tower - V & H Shape
AvailabilityAs Per Designed
Total Carbohydrate1year, 1year,One Year
After-Sales Service ProvidedYes
Temperature50-100℃
Gauge Thickness10-15mm
ApplicationPower plants, industrial cooling, HVAC systems,Dry Cooling
MotorIP55-rated, low-speed for efficiency and noise reduction - Applications: Power plants, industrial cooling, HVAC systems - Construction: Non-corrosive fiber glass/GI panels, heavy-duty base fr
Fan TypeAxial flow fan, aerodynamically balanced - Motor: IP55-rated, low-speed for efficiency and noise reduction - Applications: Power plants, industrial cooling, HVAC systems - Construction: No
Cooling MethodAir-cooled heat exchangers with extended fins - Water Consumption: Zero (closed-loop system) - Material: Copper tubes (5/8" OD) with galvanized steel frame - Fan Type: Axial flow fan
Water ConsumptionZero (closed-loop system)
International StandardASME. TEMA, ASHRAE, IBR, ASME-U-STAMP & R -STAMP
SizeAs per Capacity

A Dry Cooling Tower is a type of cooling system that operates without water evaporation, making it ideal for regions with water scarcity. It functions by transferring excess heat from industrial processes through a closed-loop system, where heat is dissipated via air-cooled heat exchangers with extended fins.

Key Features:

Closed-Circuit Operation: Heat is transferred through a surface separating ambient air from the working fluid (typically water or a water-glycol mixture).
Air Cooling Technology: Uses natural or mechanical draft to move air over heat exchangers, eliminating the need for water evaporation.
Minimal Water Consumption: Unlike wet cooling towers, dry cooling towers do not require makeup water, reducing operational costs.
Applications: Commonly used in power plants, industrial cooling, solar energy systems, and HVAC applications.

Technical features